printlogo
http://www.ethz.ch/index_EN
Herzlich Willkommen
 
print
  

Proseminar (FS11)

Upcoming Events

Conference “Integrability in Gauge and String Theory 2012”, ETH Zürich, 20–24 August 2012

From Field Theory to String Theory

This proseminar in Theoretical Physics is coordinated by Prof. M. Gaberdiel.

Co-Organizers: Daniel Persson & Roberto Volpato

Times and Location

The proseminar presentations will be on mondays. Date and time of the talks can be found further down (see table).

Organisation

The topics are organized in three main tracks: Track 1 deals with four-dimensional field theory, Track 2 with two-dimensional conformal field theory, and Track 3 treats string theory. In addition, there is a Track 0 which is intended to provide the basic prerequisites in Lie algebra theory and group theory. We have given a preliminary list of suggested references for each topic; for more specifc guidance to the literature, please ask your project supervisor.

Criteria for obtaining a Testat, i.e. passing the module:

Each presentation should last just less than 60 minutes. Students are encouraged to use Keynote or Power Point for their presentation.

Each student has been assigned a research assistant at the Institute (see table below).

The students should contact their respective assistant at least six weeks before their talk to discuss logistics.
They should keep their assistant updated of their work at least once a week.

One week before their talk they are expected to have a draft of their report as well as a finished set of slides which they have to present to their tutor (the report can be handed in later and is not necessary for the talk).


Topics
Date/Time/Location
Talk

Details and references see PDF

Student Tutor
Track 0: Lie Algebras &

Lie Groups

     
1) Basics of Lie theory 28.2.11
10.00 / HIT K51
Michael Scherer Wolfgang Unger
Track 1: Four-Dimensional Field Theories & Supersymmetry
1) The Dirac monopole 28.2.11
11.30 / HIT K51
Christoph Müller Marcello Porta
2) Non-abelian gauge theories & the 't Hooft-Polyakov monopole 7.3.11
09.45 / HIT K51
Giacomo Schwarz Marcello Porta
3) Solitons 7.3.11
11.30 / HIT K51
Mathis Trant Samuel Bieri
4) Instantons 14.3.11
09.45 / HIT K51
Gilles Pütz Samuel Bieri
5) Basics of Supersymmetry 14.3.11
11.30 / HIT K51
Claudio Bruderer Joao Pires
6) Extended supersymmetry 4.4.11
09.45 / HIT K51
Nikola Ciganovic Andrea Banfi
7) Perturbative and non-perturbative effects in supersymmetric theories 4.4.11
11.30 / HIT K51
Florian Lücker Roberto Volpato
8) Super QCD 11.4.11
09.45 / HIT K51
Thomas Michaels
Andrea Banfi
9) Large N gauge theory
11.4.11
11.30 / HIT K51
Felix Hähl
Wolfgang Unger
Track 2: Two-Dimensional Conformal Field Theory
     
1) General properties of 2d CFT's
18.4.11
09.45 / HIT K51
Felix Bischof
Marcello Porta
2) Algebraic structures in CFT
18.4.11
11.30 / HIT K51
Constantin Schrade
Paulina Suchanek
3) Modular Invariance
2.5.11
09.45 / HIT K51
Daniel Blatman
Daniel Persson
4) The Ising Model
2.5.11
11.30 / HIT K51
Sebastian Fritschi
Sebastian Gerigk
5) Minimal models & perturbed conformal field theories
9.5.11
09.45 / HIT K51
Herik Ronellenfitsch
Joao Pires
Track 3: String Theory      
1) Classical String Theory
9.5.11
11.30 / HIT K51
Reimar Hecht
Achilleas Lazopoulos
2) Light-cone quantisation of bosonic string
16.5.11
09.45 / HIT K51
Falko Dulat
Achilleas Lazopoulos
3) Covariant quantisation of bosonic string
16.5.11
11.30 / HIT K51
Bernhard Mistlberger
Paulina Suchanek
4) Low energy effective actions from string theory
16.5.11
14.00 / HIT K52
Lionel Philippoz
Daniel Persson
5) Compactification on tori & T-duality
23.5.11
09.45 / HIT E41.1
Tilman Tröster
Sebastian Gerigk
6) D-branes
23.5.11
11.30 / HIT E41.1
Hideki Perrier
Roberto Volpato
7) Introduction to Superstrings
23.5.11
14.00 / HIT E41.1
Alba Grassi
Roberto Volpato
8) Supergravity on AdS3 & asymptotic symmetries
30.5.11
09.45 / HIT K51
Peter Reiter
Sebastian Gerigk
9) The Gauge/Gravity Correspondence
30.5.11
11.30 / HIT K51
Lukas Fiévet
Daniel Persson
 

Wichtiger Hinweis:
Diese Website wird in älteren Versionen von Netscape ohne graphische Elemente dargestellt. Die Funktionalität der Website ist aber trotzdem gewährleistet. Wenn Sie diese Website regelmässig benutzen, empfehlen wir Ihnen, auf Ihrem Computer einen aktuellen Browser zu installieren. Weitere Informationen finden Sie auf
folgender Seite.

Important Note:
The content in this site is accessible to any browser or Internet device, however, some graphics will display correctly only in the newer versions of Netscape. To get the most out of our site we suggest you upgrade to a newer browser.
More information

© 2012 ETH Zurich | Imprint | Disclaimer | 18 January 2012
top